Vickers DG4V 3S 6B V M U B5

Description & Features

Designed for three- or four-way directional control in demanding hydraulic circuits, the Vickers DG4V 3S 6B V M U B5 is a single-stage directional control valve rated for flow up to 80 litres per minute. The valve operates with a 30-watt solenoid and uses Buna-N seals, making it compatible with a broad range of hydraulic fluids in industrial service.

Mounting follows industry-standard subplate patterns, simplifying integration into new or existing hydraulic systems. Suitable applications span die casting and foundry equipment, machine tools, presses, primary metal and paper processing, marine and offshore installations, test and simulation equipment, and turbine control systems including wind, steam, and water turbines. No special features are noted for this configuration.

SKU: 02-110492

Supplier Part Number (MPN): 02-110492

Specifications

Alternate Part Numbers
Alternate Part Number MINO-00900X40422
Application
Die casting & foundry, Machine tool, Marine/Offshore, Press, Primary metal, paper, Test equipment & simulation, Turbine control (wind, steam, water)
Brand
Danfoss (Power Solutions II LLC)
Brand
Vickers
Pack Size
1.00
UOM
EA
Features
Three- or four-way directional control|Easily mountable on industry-standard surfaces|Thousands of models to suit all applications
Flow Rate1
80 litre per minute
ICC
IV Directional Control Valves
Language
English
Net Pack Quantity Units
EA
Product Width
1.80
Seal Material
Buna-N
Special Features
None
Sub Brand
Vickers
Supplier Part Number
02-110492
Wattage
30
Product Weight
3.30 lbs

Product Questions & Answers (1)

Question by: Roy H on Apr 14, 2025, 5:12 PM
Flow rate on this one says 80 litres per minute, that enough for a press application or is it gonna be too restrictive?
Answer by: Customer Support on Apr 16, 2025, 8:30 AM
For most press circuits, 80 litres per minute is plenty of capacity. Presses are actually listed as one of the intended application types for this valve, so it's a known-fit use case. As long as your system demand stays within that flow ceiling, you shouldn't run into restriction problems under normal operating conditions.